Simorchip GT1030 2GB GDDR5D — Same soul. More room.

Design Language

Gold
Edge

Gold doesn't shout.
It just catches the light at the right angle.

The GT1030 D version wasn't built to impress.
It was built to last, run cool, and never ask for more power than it needs.

This is not excess. This is precision.

[ GOLD EDGE — PRODUCT SHOT ]
GT1030 top view · gold slash lines lit
GT1030_2GD5_TOP.png ]

D is not a downgrade. D is an upgrade in endurance.

The standard GT1030 is compact. It fits. It works. It runs.

The GDDR5D version takes the same GP108 core and puts it inside a larger thermal envelope. More heatsink surface. Larger fan diameter. Better sustained thermal performance under load.

Same soul. More room to breathe.

The GP108 core doesn't change. What changes is how long it can run at full speed before it needs to slow down. With the D version: longer. Quieter. More stable.

Why You Need the GT1030 GDDR5D

Pascal was NVIDIA's 2016 architecture. At 12nm, it was one of the most power-efficient GPU architectures ever made. The GT1030 is the smallest Pascal card — 30 watts, 384 shader cores.

Per watt, it's more efficient than almost anything before it.

⚡

30W. With a fan.

Fanless-territory power draw — but with a full-size fan and heatsink. Thermal headroom that other cards at this power level don't have.

🖥️

No VGA. Not a problem.

HDMI + DVI covers every modern display and most legacy connections. If you need VGA, the G210 and GT730 still have you covered.

🔬

Pascal starts here.

Same architecture family as the GTX 1060, 1070, 1080. The GT1030 is where Pascal begins — and it begins with precision.

You don't need to think about it. It doesn't need you to.

384

01 — Nonstop

Nonstop

384 Shader Cores · 30W · Pascal 12nm

What 384 shader cores at 30W means

The G210 has 16 shader cores at 31W. The GT1030 D has 384 shader cores at 30W. Same power draw. 24× the processing cores. That's not an incremental upgrade — that's a different class of hardware wearing the same power bill.

DirectX 12 Feature Level 12_1

Higher than the GTX 750 Ti's 11_0. Feature Level 12_1 means better compute shader support, better resource binding, and proper DX12 native rendering — not just compatibility mode.

1530 MHz Core · 1750 MHz Memory

Pascal's efficiency at 12nm means high clock speeds without high power. Numbers that belong to a different generation — at entry-level power draw.

You'll head home at 5 PM. The GT1030 D will just keep rendering.

Shader Cores

Performance per Watt — Cores/W

G210

0.5

GTX750Ti

10.7

GT1030 D

12.8

384

Shader Cores

30W

Total Power Draw

12nm

Pascal Architecture

02 — Capable

Capable

HDMI + DVI · DirectX 12 (12_1) · Pascal

DirectX 12 Feature Level 12_1 — Higher than most entry cards. Better compute shader support, better resource binding, proper DX12 native rendering. Modern software sees a fully current-generation compatible card.
Full HD — 1920 × 1080 — Every pixel on a 1080p display, delivered correctly. Video playback, browsing, office work, light gaming — all at the resolution your monitor was designed for.
GP108 · Pascal · 12nm Maxwell — Same architecture family as the GTX 1060, GTX 1070, GTX 1080. Pascal is where NVIDIA's efficiency peaked. The GT1030 is where Pascal starts — and it starts strong.
HDMI + DVI — Two outputs. HDMI for your primary display or TV. DVI for your secondary or older monitor. Every modern and legacy connection in one bracket.

Integrated Graphics

GT1030 GDDR5D

Color mismatch · Lag detected

sRGB accurate · No lag

Before

Color shift · Brush lag · Profile mismatch

After

Pixel-accurate · Instant response · True sRGB

03 — Reliability

Reliability

1,500,000 hr MTBF · 171 Years · Zero Maintenance

Not because it's the most powerful.

Because it was designed to run at 30 watts, cooled by a heatsink built for twice that.

The D version has more thermal headroom than its workload demands. That headroom is not wasted. It's converted directly into lifespan.

Hours MTBF

Human Aviation History — 123 Years

✈

1903
Wright Bros.

1969
Moon Landing

2026
Today

GT1030 GDDR5D Theoretical Lifespan — 171 Years

2026
You install

2101
22nd Century

2197
GT1030 (theory)

The aviation era spans 123 years. The GT1030 GDDR5D's rated lifespan is 171 years — 39% longer than the entire history of human flight.

It outlives the entire history of flight — from the Wright brothers to your next boarding pass.
It was already ready. It will still be ready.

171

Years Theoretical

1.5M

Hours MTBF

[ RELIABILITY VISUAL ]
GT1030 D in chassis · long exposure
Gold slash lines in darkness ]

Packaging Design

GT10302GB GDDR5D

Simorchip

Simorchip · Gold Edge Series

2GB HDMI + DVI
GDDR5D

CERoHSFCCREACH

What's in the box

🖤

Foam-Cushioned Inner Tray

The card sits in a dedicated foam slot, fully protected from transit shock.

⚡

Anti-Static Bag Protection

Sealed in an anti-static bag before placement in the tray. Electrostatic discharge protection throughout transit and handling.

📋

Full Spec on Pack

Model number, capacity, and key specs clearly printed on the outer box. Warehouse receiving requires no unboxing.

✅

Global Certifications

CE · RoHS · FCC · REACH. Compliant for EU, US, and international markets.

Specifications

Entry-Level · GP108 · 12nm Pascal

Architecture	GP108 · 12nm Pascal
Stream Processors	384
Core Frequency	1530 MHz
Memory Type	GDDR5
Memory Capacity	2 GB
Memory Frequency	1750 MHz
Memory Bus Width	64-bit
Bus Interface	PCIe 3.0 × 4
Display Outputs	HDMI + DVI
Max Resolution	1920 × 1080
DirectX Support	DirectX 12 (12_1)
External Power	Not Required
Power Consumption	30W
Recommended PSU	200W and above
Cooling Solution	Single Fan
Dimensions	155 × 69 × 20 mm
OS Support	Windows 10 / Windows 11
Market Positioning	Entry-level

* All specifications sourced from Simorchip internal documentation. Actual performance may vary depending on system configuration and operating environment.